<?xml version="1.0" encoding="UTF-8" ?>
<?xml-stylesheet href="http://www.gridlabd.org/gridlabd-2_2.xsl" type="text/xsl"?>
<gridlabd>
	<version.major>2</version.major>
	<version.minor>2</version.minor>
	<command_line>"C:\Program Files (x86)\GridLAB-D\bin\gridlabd.exe --debug --warn -v --profile G:\Documents\GridLAB-D\exercise5\GlmModel.glm -o GlmModel.glm.xml"</command_line>
	<environment>batch</environment>
	<quiet>0</quiet>
	<warn>0</warn>
	<debugger>0</debugger>
	<gdb>0</gdb>
	<debug>1</debug>
	<test>0</test>
	<verbose>1</verbose>
	<iteration_limit>100</iteration_limit>
	<workdir>G:\Documents\GridLAB-D\exercise5</workdir>
	<dumpfile>gridlabd.xml</dumpfile>
	<savefile>GlmModel.glm.xml</savefile>
	<dumpall>0</dumpall>
	<runchecks>0</runchecks>
	<threadcount>1</threadcount>
	<profiler>1</profiler>
	<pauseatexit>0</pauseatexit>
	<testoutputfile>test.txt</testoutputfile>
	<xml_encoding>8</xml_encoding>
	<clock>2000-01-02 00:00:00 EST</clock>
	<starttime>2012-12-11 03:51:55 EST</starttime>
	<stoptime>2000-01-02 00:00:00 EST</stoptime>
	<double_format>%+lg</double_format>
	<complex_format>%+lg%+lg%c</complex_format>
	<object_format>%s:%d</object_format>
	<object_scan>%[^:]:%d</object_scan>
	<object_tree_balance>FALSE</object_tree_balance>
	<kmlfile>""</kmlfile>
	<modelname>G:\Documents\GridLAB-D\exercise5\GlmModel.glm</modelname>
	<execdir>"C:\Program Files (x86)\GridLAB-D\bin"</execdir>
	<strictnames>TRUE</strictnames>
	<website>http://www.gridlabd.org/</website>
	<urlbase>http://www.gridlabd.org/</urlbase>
	<randomseed>0</randomseed>
	<include>"C:\Program Files (x86)\GridLAB-D"</include>
	<trace>""</trace>
	<gdb_window>0</gdb_window>
	<tmp>C:\Users\Danielondon\AppData\Roaming\temp\gridlabd</tmp>
	<force_compile>0</force_compile>
	<nolocks>0</nolocks>
	<skipsafe>0</skipsafe>
	<dateformat>ISO</dateformat>
	<minimum_timestep>1</minimum_timestep>
	<platform>WINDOWS</platform>
	<suppress_repeat_messages>1</suppress_repeat_messages>
	<maximum_synctime>60</maximum_synctime>
	<run_realtime>0</run_realtime>
	<no_deprecate>1</no_deprecate>
	<streaming_io>0</streaming_io>
	<compileonly>0</compileonly>
	<relax_naming_rules>0</relax_naming_rules>
	<server_portnum>10000</server_portnum>
	<show_progress>1</show_progress>
	<RECORDER_INTERVAL >" 300;"</RECORDER_INTERVAL >
	<timezone>EST5EDT</timezone>
	<sync-order>
		<pass>
			<name>pretopdown</name>
			<rank>
				<ordinal>7</ordinal>
				<object>
					<name>node1</name>
					<id>24</id>
				</object>
			</rank>
			<rank>
				<ordinal>5</ordinal>
				<object>
					<name>node2</name>
					<id>25</id>
				</object>
				<object>
					<name>node4</name>
					<id>27</id>
				</object>
				<object>
					<name>load8</name>
					<id>31</id>
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				<object>
					<name>node5</name>
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					<name>node9</name>
					<id>32</id>
				</object>
				<object>
					<name>node6</name>
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				</object>
				<object>
					<name>load3</name>
					<id>26</id>
				</object>
				<object>
					<name>load7</name>
					<id>30</id>
				</object>
				<object>
					<name>load10</name>
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				</object>
			</rank>
			<rank>
				<ordinal>2</ordinal>
				<object>
					<name>line_2_3</name>
					<id>35</id>
				</object>
				<object>
					<name>line_2_4</name>
					<id>36</id>
				</object>
				<object>
					<name>trans_4_5</name>
					<id>37</id>
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				</object>
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					<id>40</id>
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				</object>
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					<id>42</id>
				</object>
			</rank>
			<rank>
				<ordinal>0</ordinal>
				<object>
					<name>(climate:0)</name>
					<id>0</id>
				</object>
			</rank>
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		<pass>
			<name>bottomup</name>
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				<ordinal>0</ordinal>
				<object>
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					<id>33</id>
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				<object>
					<name>node4</name>
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				<object>
					<name>load7</name>
					<id>30</id>
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					<name>load8</name>
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			<rank>
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				<object>
					<name>node1</name>
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				</object>
			</rank>
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		<pass>
			<name>posttopdown</name>
			<rank>
				<ordinal>7</ordinal>
				<object>
					<name>node1</name>
					<id>24</id>
				</object>
			</rank>
			<rank>
				<ordinal>5</ordinal>
				<object>
					<name>node6</name>
					<id>29</id>
				</object>
				<object>
					<name>node2</name>
					<id>25</id>
				</object>
				<object>
					<name>load3</name>
					<id>26</id>
				</object>
				<object>
					<name>load8</name>
					<id>31</id>
				</object>
				<object>
					<name>node9</name>
					<id>32</id>
				</object>
				<object>
					<name>load10</name>
					<id>33</id>
				</object>
				<object>
					<name>node4</name>
					<id>27</id>
				</object>
				<object>
					<name>load7</name>
					<id>30</id>
				</object>
				<object>
					<name>node5</name>
					<id>28</id>
				</object>
			</rank>
			<rank>
				<ordinal>2</ordinal>
				<object>
					<name>trans_1_2</name>
					<id>34</id>
				</object>
				<object>
					<name>line_6_8</name>
					<id>40</id>
				</object>
				<object>
					<name>line_2_4</name>
					<id>36</id>
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				<object>
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					<id>42</id>
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				<object>
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				</object>
				<object>
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					<id>41</id>
				</object>
			</rank>
			<rank>
				<ordinal>0</ordinal>
				<object>
					<name>trans_conf_402</name>
					<id>23</id>
				</object>
				<object>
					<name>trans_conf_400</name>
					<id>21</id>
				</object>
				<object>
					<name>trans_conf_401</name>
					<id>22</id>
				</object>
				<object>
					<name>(recorder:44)</name>
					<id>44</id>
				</object>
				<object>
					<name>(recorder:43)</name>
					<id>43</id>
				</object>
			</rank>
		</pass>
	</sync-order>
	<residential>
		<version.major>2</version.major>
		<version.minor>0</version.minor>
		<residential_enduse_list>
		</residential_enduse_list>
		<house_a_list>
			<inherits_from>residential_enduse</inherits_from>
		</house_a_list>
		<house_list>
			<inherits_from>residential_enduse</inherits_from>
		</house_list>
		<waterheater_list>
			<inherits_from>residential_enduse</inherits_from>
		</waterheater_list>
		<lights_list>
			<inherits_from>residential_enduse</inherits_from>
		</lights_list>
		<refrigerator_list>
			<inherits_from>residential_enduse</inherits_from>
		</refrigerator_list>
		<clotheswasher_list>
			<inherits_from>residential_enduse</inherits_from>
		</clotheswasher_list>
		<dishwasher_list>
			<inherits_from>residential_enduse</inherits_from>
		</dishwasher_list>
		<occupantload_list>
			<inherits_from>residential_enduse</inherits_from>
		</occupantload_list>
		<plugload_list>
			<inherits_from>residential_enduse</inherits_from>
		</plugload_list>
		<microwave_list>
			<inherits_from>residential_enduse</inherits_from>
		</microwave_list>
		<range_list>
			<inherits_from>residential_enduse</inherits_from>
		</range_list>
		<freezer_list>
			<inherits_from>residential_enduse</inherits_from>
		</freezer_list>
		<dryer_list>
			<inherits_from>residential_enduse</inherits_from>
		</dryer_list>
		<evcharger_list>
			<inherits_from>residential_enduse</inherits_from>
		</evcharger_list>
		<ZIPload_list>
			<inherits_from>residential_enduse</inherits_from>
		</ZIPload_list>
		<thermal_storage_list>
			<inherits_from>residential_enduse</inherits_from>
		</thermal_storage_list>
	</residential>
	<powerflow>
		<version.major>2</version.major>
		<version.minor>0</version.minor>
		<node_list>
			<inherits_from>powerflow_object</inherits_from>
			<node>
				<id>24</id>
				<rank>7</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node1</name>
				<bustype>SWING</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.0072 V</maximum_voltage_error>
				<voltage_A>+7199.56+0d V</voltage_A>
				<voltage_B>+7199.56-120d V</voltage_B>
				<voltage_C>+7199.56+120d V</voltage_C>
				<voltage_AB>+12470+30d V</voltage_AB>
				<voltage_BC>+12470-90d V</voltage_BC>
				<voltage_CA>+12470+150d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</node>
			<node>
				<id>25</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node2</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00240178 V</maximum_voltage_error>
				<voltage_A>+2354.74-0.468133d V</voltage_A>
				<voltage_B>+2365.18-120.731d V</voltage_B>
				<voltage_C>+2355.65+119.263d V</voltage_C>
				<voltage_AB>+4092.98+29.473d V</voltage_AB>
				<voltage_BC>+4088.46-90.8007d V</voltage_BC>
				<voltage_CA>+4073.79+149.391d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</node>
			<node>
				<id>27</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node4</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00240178 V</maximum_voltage_error>
				<voltage_A>+2352.72-0.462232d V</voltage_A>
				<voltage_B>+2362.89-120.776d V</voltage_B>
				<voltage_C>+2353.76+119.234d V</voltage_C>
				<voltage_AB>+4090.28+29.4518d V</voltage_AB>
				<voltage_BC>+4084.53-90.8349d V</voltage_BC>
				<voltage_CA>+4069.69+149.379d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</node>
			<node>
				<id>28</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node5</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+268.931-0.491274d V</voltage_A>
				<voltage_B>+269.693-121d V</voltage_B>
				<voltage_C>+268.697+119.084d V</voltage_C>
				<voltage_AB>+467.652+29.3009d V</voltage_AB>
				<voltage_BC>+466.063-91.0193d V</voltage_BC>
				<voltage_CA>+464.599+149.311d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</node>
			<node>
				<id>29</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node6</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+263.073-0.33935d V</voltage_A>
				<voltage_B>+263.179-122.167d V</voltage_B>
				<voltage_C>+263.281+118.33d V</voltage_C>
				<voltage_AB>+459.885+28.7534d V</voltage_AB>
				<voltage_BC>+454.782-91.9116d V</voltage_BC>
				<voltage_CA>+452.751+148.982d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</node>
			<node>
				<id>32</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>node9</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+256.989-0.498018d V</voltage_A>
				<voltage_B>+259.533-123.022d V</voltage_B>
				<voltage_C>+257.587+117.804d V</voltage_C>
				<voltage_AB>+452.902+28.3948d V</voltage_AB>
				<voltage_BC>+445.967-92.7358d V</voltage_BC>
				<voltage_CA>+441.774+148.613d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</node>
		</node_list>
		<link_list>
			<inherits_from>powerflow_object</inherits_from>
		</link_list>
		<capacitor_list>
			<inherits_from>node</inherits_from>
		</capacitor_list>
		<fuse_list>
			<inherits_from>link</inherits_from>
		</fuse_list>
		<meter_list>
			<inherits_from>node</inherits_from>
		</meter_list>
		<line_list>
			<inherits_from>link</inherits_from>
		</line_list>
		<line_spacing_list>
			<line_spacing>
				<id>6</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:6)</name>
				<distance_AB>+2.5 ft</distance_AB>
				<distance_BC>+7 ft</distance_BC>
				<distance_AC>+4.5 ft</distance_AC>
				<distance_AN>+4.272 ft</distance_AN>
				<distance_BN>+5.65685 ft</distance_BN>
				<distance_CN>+5 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>7</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:7)</name>
				<distance_AB>+4.5 ft</distance_AB>
				<distance_BC>+7 ft</distance_BC>
				<distance_AC>+2.5 ft</distance_AC>
				<distance_AN>+4.272 ft</distance_AN>
				<distance_BN>+5 ft</distance_BN>
				<distance_CN>+5.65685 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>8</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:8)</name>
				<distance_AB>+0 ft</distance_AB>
				<distance_BC>+7 ft</distance_BC>
				<distance_AC>+0 ft</distance_AC>
				<distance_AN>+0 ft</distance_AN>
				<distance_BN>+5 ft</distance_BN>
				<distance_CN>+5.65685 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>9</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:9)</name>
				<distance_AB>+0 ft</distance_AB>
				<distance_BC>+0 ft</distance_BC>
				<distance_AC>+7 ft</distance_AC>
				<distance_AN>+5.65685 ft</distance_AN>
				<distance_BN>+0 ft</distance_BN>
				<distance_CN>+5 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>10</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:10)</name>
				<distance_AB>+0 ft</distance_AB>
				<distance_BC>+0 ft</distance_BC>
				<distance_AC>+0 ft</distance_AC>
				<distance_AN>+0 ft</distance_AN>
				<distance_BN>+0 ft</distance_BN>
				<distance_CN>+5 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>15</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:15)</name>
				<distance_AB>+0.5 ft</distance_AB>
				<distance_BC>+0.5 ft</distance_BC>
				<distance_AC>+1 ft</distance_AC>
				<distance_AN>+0 ft</distance_AN>
				<distance_BN>+0 ft</distance_BN>
				<distance_CN>+0 ft</distance_CN>
			</line_spacing>
			<line_spacing>
				<id>16</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_spacing:16)</name>
				<distance_AB>+0 ft</distance_AB>
				<distance_BC>+0 ft</distance_BC>
				<distance_AC>+0 ft</distance_AC>
				<distance_AN>+0.083333 ft</distance_AN>
				<distance_BN>+0 ft</distance_BN>
				<distance_CN>+0 ft</distance_CN>
			</line_spacing>
		</line_spacing_list>
		<overhead_line_list>
			<inherits_from>line</inherits_from>
			<overhead_line>
				<id>36</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_2_4</name>
				<configuration>line_configuration:11</configuration>
				<length>+600 ft</length>
				<status>257</status>
				<from>node2</from>
				<to>node4</to>
				<power_in>+147439+166398j VA</power_in>
				<power_out>+147374+166182j VA</power_out>
				<power_out_real>+147374 W</power_out_real>
				<power_losses>+65.0639+215.63j VA</power_losses>
				<power_in_A>+34663.3+55703.4j VA</power_in_A>
				<power_in_B>+60777.2+53981.1j VA</power_in_B>
				<power_in_C>+51998.9+56713.6j VA</power_in_C>
				<power_out_A>+34627.7+55659j VA</power_out_A>
				<power_out_B>+60760.6+53881.6j VA</power_out_B>
				<power_out_C>+51985.9+56641.9j VA</power_out_C>
				<power_losses_A>+35.5846+44.4072j VA</power_losses_A>
				<power_losses_B>+16.5492+99.4954j VA</power_losses_B>
				<power_losses_C>+12.9302+71.7273j VA</power_losses_C>
				<current_out_A>+14.5269-23.7753j A</current_out_A>
				<current_out_B>-32.7496-10.4252j A</current_out_B>
				<current_out_C>+10.2127+31.0258j A</current_out_C>
				<current_in_A>+14.5269-23.7753j A</current_in_A>
				<current_in_B>-32.7496-10.4252j A</current_in_B>
				<current_in_C>+10.2127+31.0258j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>38</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_5_6</name>
				<configuration>line_configuration:11</configuration>
				<length>+200 ft</length>
				<status>257</status>
				<from>node5</from>
				<to>node6</to>
				<power_in>+146223+164089j VA</power_in>
				<power_out>+144594+158690j VA</power_out>
				<power_out_real>+144594 W</power_out_real>
				<power_losses>+1629.01+5398.73j VA</power_losses>
				<power_in_A>+34332.2+55121.6j VA</power_in_A>
				<power_in_B>+60310.9+53063.9j VA</power_in_B>
				<power_in_C>+51579.7+55903.4j VA</power_in_C>
				<power_out_A>+33441.2+54009.8j VA</power_out_A>
				<power_out_B>+59896.6+50572.9j VA</power_out_B>
				<power_out_C>+51256+54107.5j VA</power_out_C>
				<power_losses_A>+890.932+1111.82j VA</power_losses_A>
				<power_losses_B>+414.342+2491.07j VA</power_losses_B>
				<power_losses_C>+323.733+1795.84j VA</power_losses_C>
				<current_out_A>+125.899-206.053j A</current_out_A>
				<current_out_B>-283.83-90.3514j A</current_out_B>
				<current_out_C>+88.51+268.891j A</current_out_C>
				<current_in_A>+125.899-206.053j A</current_in_A>
				<current_in_B>-283.83-90.3514j A</current_in_B>
				<current_in_C>+88.51+268.891j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>39</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_6_7</name>
				<configuration>line_configuration:12</configuration>
				<length>+200 ft</length>
				<status>257</status>
				<from>node6</from>
				<to>load7</to>
				<power_in>+17338.5+12843j VA</power_in>
				<power_out>+17000+12500j VA</power_out>
				<power_out_real>+17000 W</power_out_real>
				<power_losses>+338.481+342.974j VA</power_losses>
				<power_in_A>+0-0j VA</power_in_A>
				<power_in_B>+17338.5+12843j VA</power_in_B>
				<power_in_C>-3.01411e-011-2.68763e-011j VA</power_in_C>
				<power_out_A>+0+0j VA</power_out_A>
				<power_out_B>+17000+12500j VA</power_out_B>
				<power_out_C>+4.05887e-011-138.453d VA</power_out_C>
				<power_losses_A>+0-0j VA</power_losses_A>
				<power_losses_B>+338.481+342.974j VA</power_losses_B>
				<power_losses_C>+2.35826e-013+4.36003e-014j VA</power_losses_C>
				<current_out_A>+0+0j A</current_out_A>
				<current_out_B>-76.3828-29.7886j A</current_out_B>
				<current_out_C>-3.55271e-014-1.49214e-013j A</current_out_C>
				<current_in_A>+0+0j A</current_in_A>
				<current_in_B>-76.3828-29.7886j A</current_in_B>
				<current_in_C>-3.55271e-014-1.49214e-013j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CN|BF|AN</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>BCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>40</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_6_8</name>
				<configuration>line_configuration:14</configuration>
				<length>+200 ft</length>
				<status>257</status>
				<from>node6</from>
				<to>load8</to>
				<power_in>+4928.41+3848.78j VA</power_in>
				<power_out>+4900+3820j VA</power_out>
				<power_out_real>+4900 W</power_out_real>
				<power_losses>+28.4065+28.7836j VA</power_losses>
				<power_in_A>+0-0j VA</power_in_A>
				<power_in_B>-0+0j VA</power_in_B>
				<power_in_C>+4928.41+3848.78j VA</power_in_C>
				<power_out_A>+0+0j VA</power_out_A>
				<power_out_B>+0+0j VA</power_out_B>
				<power_out_C>+6213.08+37.9397d VA</power_out_C>
				<power_losses_A>+0-0j VA</power_losses_A>
				<power_losses_B>-0+0j VA</power_losses_B>
				<power_losses_C>+28.4065+28.7836j VA</power_losses_C>
				<current_out_A>+0+0j A</current_out_A>
				<current_out_B>+0+0j A</current_out_B>
				<current_out_C>+3.98432+23.4144j A</current_out_C>
				<current_in_A>+0+0j A</current_in_A>
				<current_in_B>+0+0j A</current_in_B>
				<current_in_C>+3.98432+23.4144j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BN|AN</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>CN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>41</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_6_9</name>
				<configuration>line_configuration:11</configuration>
				<length>+200 ft</length>
				<status>257</status>
				<from>node6</from>
				<to>node9</to>
				<power_in>+122327+141998j VA</power_in>
				<power_out>+121109+137999j VA</power_out>
				<power_out_real>+121109 W</power_out_real>
				<power_losses>+1217.93+3998.95j VA</power_losses>
				<power_in_A>+33441.2+54009.8j VA</power_in_A>
				<power_in_B>+42558.1+37729.9j VA</power_in_B>
				<power_in_C>+46327.6+50258.7j VA</power_in_C>
				<power_out_A>+32813.7+52669.9j VA</power_out_A>
				<power_out_B>+42519.4+36576.6j VA</power_out_B>
				<power_out_C>+45775.9+48752.9j VA</power_out_C>
				<power_losses_A>+627.484+1339.87j VA</power_losses_A>
				<power_losses_B>+38.7145+1153.25j VA</power_losses_B>
				<power_losses_C>+551.733+1505.83j VA</power_losses_C>
				<current_out_A>+125.899-206.053j A</current_out_A>
				<current_out_B>-207.447-60.5629j A</current_out_B>
				<current_out_C>+84.5257+245.476j A</current_out_C>
				<current_in_A>+125.899-206.053j A</current_in_A>
				<current_in_B>-207.447-60.5629j A</current_in_B>
				<current_in_C>+84.5257+245.476j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>42</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_9_10</name>
				<configuration>line_configuration:11</configuration>
				<length>+100 ft</length>
				<status>257</status>
				<from>node9</from>
				<to>load10</to>
				<power_in>+121109+137999j VA</power_in>
				<power_out>+120500+136000j VA</power_out>
				<power_out_real>+120500 W</power_out_real>
				<power_losses>+608.965+1999.48j VA</power_losses>
				<power_in_A>+32813.7+52669.9j VA</power_in_A>
				<power_in_B>+42519.4+36576.6j VA</power_in_B>
				<power_in_C>+45775.9+48752.9j VA</power_in_C>
				<power_out_A>+32500+52000j VA</power_out_A>
				<power_out_B>+42500+36000j VA</power_out_B>
				<power_out_C>+45500+48000j VA</power_out_C>
				<power_losses_A>+313.742+669.934j VA</power_losses_A>
				<power_losses_B>+19.3572+576.627j VA</power_losses_B>
				<power_losses_C>+275.866+752.916j VA</power_losses_C>
				<current_out_A>+125.899-206.053j A</current_out_A>
				<current_out_B>-207.447-60.5629j A</current_out_B>
				<current_out_C>+84.5257+245.476j A</current_out_C>
				<current_in_A>+125.899-206.053j A</current_in_A>
				<current_in_B>-207.447-60.5629j A</current_in_B>
				<current_in_C>+84.5257+245.476j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</overhead_line>
		</overhead_line_list>
		<underground_line_list>
			<inherits_from>line</inherits_from>
			<underground_line>
				<id>35</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>line_2_3</name>
				<configuration>line_configuration:17</configuration>
				<length>+500 ft</length>
				<status>257</status>
				<from>node2</from>
				<to>load3</to>
				<power_in>+1.21459e+006+1.36823e+006j VA</power_in>
				<power_out>+1.205e+006+1.36e+006j VA</power_out>
				<power_out_real>+1.205e+006 W</power_out_real>
				<power_losses>+9586.67+8233.63j VA</power_losses>
				<power_in_A>+328734+522606j VA</power_in_A>
				<power_in_B>+427563+362181j VA</power_in_B>
				<power_in_C>+458290+483446j VA</power_in_C>
				<power_out_A>+325000+520000j VA</power_out_A>
				<power_out_B>+425000+360000j VA</power_out_B>
				<power_out_C>+455000+480000j VA</power_out_C>
				<power_losses_A>+3733.98+2606.39j VA</power_losses_A>
				<power_losses_B>+2563.08+2181.32j VA</power_losses_B>
				<power_losses_C>+3289.62+3445.92j VA</power_losses_C>
				<current_out_A>+137.787-223.071j A</current_out_A>
				<current_out_B>-224.005-77.1368j A</current_out_B>
				<current_out_C>+83.9366+270.042j A</current_out_C>
				<current_in_A>+137.787-223.071j A</current_in_A>
				<current_in_B>-224.005-77.1368j A</current_in_B>
				<current_in_C>+83.9366+270.042j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</underground_line>
		</underground_line_list>
		<overhead_line_conductor_list>
			<overhead_line_conductor>
				<id>1</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(overhead_line_conductor:1)</name>
				<geometric_mean_radius>+0.0313 ft</geometric_mean_radius>
				<resistance>+0.1859 Ohm/mile</resistance>
				<rating.summer.continuous>+0 A</rating.summer.continuous>
				<rating.summer.emergency>+0 A</rating.summer.emergency>
				<rating.winter.continuous>+0 A</rating.winter.continuous>
				<rating.winter.emergency>+0 A</rating.winter.emergency>
			</overhead_line_conductor>
			<overhead_line_conductor>
				<id>2</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(overhead_line_conductor:2)</name>
				<geometric_mean_radius>+0.00814 ft</geometric_mean_radius>
				<resistance>+0.592 Ohm/mile</resistance>
				<rating.summer.continuous>+0 A</rating.summer.continuous>
				<rating.summer.emergency>+0 A</rating.summer.emergency>
				<rating.winter.continuous>+0 A</rating.winter.continuous>
				<rating.winter.emergency>+0 A</rating.winter.emergency>
			</overhead_line_conductor>
			<overhead_line_conductor>
				<id>3</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(overhead_line_conductor:3)</name>
				<geometric_mean_radius>+0.00446 ft</geometric_mean_radius>
				<resistance>+1.12 Ohm/mile</resistance>
				<rating.summer.continuous>+0 A</rating.summer.continuous>
				<rating.summer.emergency>+0 A</rating.summer.emergency>
				<rating.winter.continuous>+0 A</rating.winter.continuous>
				<rating.winter.emergency>+0 A</rating.winter.emergency>
			</overhead_line_conductor>
		</overhead_line_conductor_list>
		<underground_line_conductor_list>
			<underground_line_conductor>
				<id>4</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(underground_line_conductor:4)</name>
				<outer_diameter>+1.29 in</outer_diameter>
				<conductor_gmr>+0.0171 ft</conductor_gmr>
				<conductor_diameter>+0.567 in</conductor_diameter>
				<conductor_resistance>+0.41 Ohm/mile</conductor_resistance>
				<neutral_gmr>+0.00208 ft</neutral_gmr>
				<neutral_diameter>+0.0640837 in</neutral_diameter>
				<neutral_resistance>+14.872 Ohm/mile</neutral_resistance>
				<neutral_strands>13</neutral_strands>
				<shield_gmr>+0 ft</shield_gmr>
				<shield_resistance>+0 Ohm/mile</shield_resistance>
				<rating.summer.continuous>+1000 A</rating.summer.continuous>
				<rating.summer.emergency>+2000 A</rating.summer.emergency>
				<rating.winter.continuous>+1000 A</rating.winter.continuous>
				<rating.winter.emergency>+2000 A</rating.winter.emergency>
			</underground_line_conductor>
			<underground_line_conductor>
				<id>5</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(underground_line_conductor:5)</name>
				<outer_diameter>+1.06 in</outer_diameter>
				<conductor_gmr>+0.0111 ft</conductor_gmr>
				<conductor_diameter>+0.368 in</conductor_diameter>
				<conductor_resistance>+0.97 Ohm/mile</conductor_resistance>
				<neutral_gmr>+0.0111 ft</neutral_gmr>
				<neutral_diameter>+0.0640837 in</neutral_diameter>
				<neutral_resistance>+0.97 Ohm/mile</neutral_resistance>
				<neutral_strands>6</neutral_strands>
				<shield_gmr>+0 ft</shield_gmr>
				<shield_resistance>+0 Ohm/mile</shield_resistance>
				<rating.summer.continuous>+1000 A</rating.summer.continuous>
				<rating.summer.emergency>+2000 A</rating.summer.emergency>
				<rating.winter.continuous>+1000 A</rating.winter.continuous>
				<rating.winter.emergency>+2000 A</rating.winter.emergency>
			</underground_line_conductor>
		</underground_line_conductor_list>
		<line_configuration_list>
			<line_configuration>
				<id>11</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:11)</name>
				<conductor_A>overhead_line_conductor:1</conductor_A>
				<conductor_B>overhead_line_conductor:1</conductor_B>
				<conductor_C>overhead_line_conductor:1</conductor_C>
				<conductor_N>overhead_line_conductor:2</conductor_N>
				<spacing>line_spacing:6</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
			<line_configuration>
				<id>12</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:12)</name>
				<conductor_B>overhead_line_conductor:3</conductor_B>
				<conductor_C>overhead_line_conductor:3</conductor_C>
				<conductor_N>overhead_line_conductor:3</conductor_N>
				<spacing>line_spacing:8</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
			<line_configuration>
				<id>13</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:13)</name>
				<conductor_A>overhead_line_conductor:3</conductor_A>
				<conductor_C>overhead_line_conductor:3</conductor_C>
				<conductor_N>overhead_line_conductor:3</conductor_N>
				<spacing>line_spacing:9</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
			<line_configuration>
				<id>14</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:14)</name>
				<conductor_C>overhead_line_conductor:3</conductor_C>
				<conductor_N>overhead_line_conductor:3</conductor_N>
				<spacing>line_spacing:10</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
			<line_configuration>
				<id>17</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:17)</name>
				<conductor_A>underground_line_conductor:4</conductor_A>
				<conductor_B>underground_line_conductor:4</conductor_B>
				<conductor_C>underground_line_conductor:4</conductor_C>
				<conductor_N>underground_line_conductor:4</conductor_N>
				<spacing>line_spacing:15</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
			<line_configuration>
				<id>18</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(line_configuration:18)</name>
				<conductor_A>underground_line_conductor:5</conductor_A>
				<conductor_N>underground_line_conductor:5</conductor_N>
				<spacing>line_spacing:16</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
		</line_configuration_list>
		<relay_list>
			<inherits_from>link</inherits_from>
		</relay_list>
		<transformer_configuration_list>
			<transformer_configuration>
				<id>21</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>trans_conf_400</name>
				<connect_type>WYE_WYE</connect_type>
				<install_type>PADMOUNT</install_type>
				<primary_voltage>+12470 V</primary_voltage>
				<secondary_voltage>+4160 V</secondary_voltage>
				<power_rating>+6000 kVA</power_rating>
				<powerA_rating>+2000 kVA</powerA_rating>
				<powerB_rating>+2000 kVA</powerB_rating>
				<powerC_rating>+2000 kVA</powerC_rating>
				<resistance>+0.01 pu</resistance>
				<reactance>+0.06 pu</reactance>
				<impedance>+0.01+0.06j pu</impedance>
				<resistance1>+0 pu</resistance1>
				<reactance1>+0 pu</reactance1>
				<impedance1>+0+0j pu</impedance1>
				<resistance2>+0 pu</resistance2>
				<reactance2>+0 pu</reactance2>
				<impedance2>+0+0j pu</impedance2>
				<shunt_resistance>+1e+009 pu</shunt_resistance>
				<shunt_reactance>+1e+009 pu</shunt_reactance>
				<shunt_impedance>+1e+009+1e+009j pu</shunt_impedance>
			</transformer_configuration>
			<transformer_configuration>
				<id>22</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>trans_conf_401</name>
				<connect_type>WYE_WYE</connect_type>
				<install_type>PADMOUNT</install_type>
				<primary_voltage>+4160 V</primary_voltage>
				<secondary_voltage>+480 V</secondary_voltage>
				<power_rating>+500 kVA</power_rating>
				<powerA_rating>+166.667 kVA</powerA_rating>
				<powerB_rating>+166.667 kVA</powerB_rating>
				<powerC_rating>+166.667 kVA</powerC_rating>
				<resistance>+0.011 pu</resistance>
				<reactance>+0.02 pu</reactance>
				<impedance>+0.011+0.02j pu</impedance>
				<resistance1>+0 pu</resistance1>
				<reactance1>+0 pu</reactance1>
				<impedance1>+0+0j pu</impedance1>
				<resistance2>+0 pu</resistance2>
				<reactance2>+0 pu</reactance2>
				<impedance2>+0+0j pu</impedance2>
				<shunt_resistance>+1e+009 pu</shunt_resistance>
				<shunt_reactance>+1e+009 pu</shunt_reactance>
				<shunt_impedance>+1e+009+1e+009j pu</shunt_impedance>
			</transformer_configuration>
			<transformer_configuration>
				<id>23</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>trans_conf_402</name>
				<connect_type>SINGLE_PHASE_CENTER_TAPPED</connect_type>
				<install_type>POLETOP</install_type>
				<primary_voltage>+277 V</primary_voltage>
				<secondary_voltage>+120 V</secondary_voltage>
				<power_rating>+100 kVA</power_rating>
				<powerA_rating>+33.3333 kVA</powerA_rating>
				<powerB_rating>+33.3333 kVA</powerB_rating>
				<powerC_rating>+33.3333 kVA</powerC_rating>
				<resistance>+0.011 pu</resistance>
				<reactance>+0.018 pu</reactance>
				<impedance>+0.011+0.018j pu</impedance>
				<resistance1>+0 pu</resistance1>
				<reactance1>+0 pu</reactance1>
				<impedance1>+0+0j pu</impedance1>
				<resistance2>+0 pu</resistance2>
				<reactance2>+0 pu</reactance2>
				<impedance2>+0+0j pu</impedance2>
				<shunt_resistance>+1e+009 pu</shunt_resistance>
				<shunt_reactance>+1e+009 pu</shunt_reactance>
				<shunt_impedance>+1e+009+1e+009j pu</shunt_impedance>
			</transformer_configuration>
		</transformer_configuration_list>
		<transformer_list>
			<inherits_from>link</inherits_from>
			<transformer>
				<id>34</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>trans_1_2</name>
				<configuration>trans_conf_400</configuration>
				<status>257</status>
				<from>node1</from>
				<to>node2</to>
				<power_in>+1.36945e+006+1.57915e+006j VA</power_in>
				<power_out>+1.36203e+006+1.53463e+006j VA</power_out>
				<power_out_real>+1.36203e+006 W</power_out_real>
				<power_losses>+7419.16+44515j VA</power_losses>
				<power_in_A>+365824+592869j VA</power_in_A>
				<power_in_B>+490463+428898j VA</power_in_B>
				<power_in_C>+513158+557380j VA</power_in_C>
				<power_out_A>+363397+578310j VA</power_out_A>
				<power_out_B>+488340+416162j VA</power_out_B>
				<power_out_C>+510288+540160j VA</power_out_C>
				<power_losses_A>+2426.61+14559.6j VA</power_losses_A>
				<power_losses_B>+2122.53+12735.2j VA</power_losses_B>
				<power_losses_C>+2870.02+17220.1j VA</power_losses_C>
				<current_out_A>+152.314-246.846j A</current_out_A>
				<current_out_B>-256.755-87.562j A</current_out_B>
				<current_out_C>+94.1493+301.068j A</current_out_C>
				<current_in_A>+50.812-82.348j A</current_in_A>
				<current_in_B>-85.6535-29.2107j A</current_in_B>
				<current_in_C>+31.4083+100.436j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</transformer>
			<transformer>
				<id>37</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>trans_4_5</name>
				<configuration>trans_conf_401</configuration>
				<status>257</status>
				<from>node4</from>
				<to>node5</to>
				<power_in>+147374+166182j VA</power_in>
				<power_out>+146223+164089j VA</power_out>
				<power_out_real>+146223 W</power_out_real>
				<power_losses>+1151.47+2093.57j VA</power_losses>
				<power_in_A>+34627.7+55659j VA</power_in_A>
				<power_in_B>+60760.6+53881.6j VA</power_in_B>
				<power_in_C>+51985.9+56641.9j VA</power_in_C>
				<power_out_A>+34332.2+55121.6j VA</power_out_A>
				<power_out_B>+60310.9+53063.9j VA</power_out_B>
				<power_out_C>+51579.7+55903.4j VA</power_out_C>
				<power_losses_A>+295.553+537.37j VA</power_losses_A>
				<power_losses_B>+449.718+817.67j VA</power_losses_B>
				<power_losses_C>+406.194+738.534j VA</power_losses_C>
				<current_out_A>+125.899-206.053j A</current_out_A>
				<current_out_B>-283.83-90.3514j A</current_out_B>
				<current_out_C>+88.51+268.891j A</current_out_C>
				<current_in_A>+14.5269-23.7753j A</current_in_A>
				<current_in_B>-32.7496-10.4252j A</current_in_B>
				<current_in_C>+10.2127+31.0258j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</transformer>
		</transformer_list>
		<load_list>
			<inherits_from>node</inherits_from>
			<load>
				<id>26</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>load3</name>
				<load_class>U</load_class>
				<constant_power_A>+325000+520000j VA</constant_power_A>
				<constant_power_B>+425000+360000j VA</constant_power_B>
				<constant_power_C>+455000+480000j VA</constant_power_C>
				<constant_power_A_real>+325000 W</constant_power_A_real>
				<constant_power_B_real>+425000 W</constant_power_B_real>
				<constant_power_C_real>+455000 W</constant_power_C_real>
				<constant_power_A_reac>+520000 VAr</constant_power_A_reac>
				<constant_power_B_reac>+360000 VAr</constant_power_B_reac>
				<constant_power_C_reac>+480000 VAr</constant_power_C_reac>
				<constant_current_A>+0+0i A</constant_current_A>
				<constant_current_B>+0+0i A</constant_current_B>
				<constant_current_C>+0+0i A</constant_current_C>
				<constant_current_A_real>+0 A</constant_current_A_real>
				<constant_current_B_real>+0 A</constant_current_B_real>
				<constant_current_C_real>+0 A</constant_current_C_real>
				<constant_current_A_reac>+0 A</constant_current_A_reac>
				<constant_current_B_reac>+0 A</constant_current_B_reac>
				<constant_current_C_reac>+0 A</constant_current_C_reac>
				<constant_impedance_A>+0+0i Ohm</constant_impedance_A>
				<constant_impedance_B>+0+0i Ohm</constant_impedance_B>
				<constant_impedance_C>+0+0i Ohm</constant_impedance_C>
				<constant_impedance_A_real>+0 Ohm</constant_impedance_A_real>
				<constant_impedance_B_real>+0 Ohm</constant_impedance_B_real>
				<constant_impedance_C_real>+0 Ohm</constant_impedance_C_real>
				<constant_impedance_A_reac>+0 Ohm</constant_impedance_A_reac>
				<constant_impedance_B_reac>+0 Ohm</constant_impedance_B_reac>
				<constant_impedance_C_reac>+0 Ohm</constant_impedance_C_reac>
				<measured_voltage_A>+2338.76-0.302479d</measured_voltage_A>
				<measured_voltage_B>+2350.97-120.732d</measured_voltage_B>
				<measured_voltage_C>+2338.8+119.265d</measured_voltage_C>
				<measured_voltage_AB>+4070.19+29.5681d</measured_voltage_AB>
				<measured_voltage_BC>+4061.53-90.8194d</measured_voltage_BC>
				<measured_voltage_CA>+4042.03+149.481d</measured_voltage_CA>
				<phase_loss_protection>FALSE</phase_loss_protection>
				<base_power_A>+0 VA</base_power_A>
				<base_power_B>+0 VA</base_power_B>
				<base_power_C>+0 VA</base_power_C>
				<power_pf_A>+1 pu</power_pf_A>
				<current_pf_A>+1 pu</current_pf_A>
				<impedance_pf_A>+1 pu</impedance_pf_A>
				<power_pf_B>+1 pu</power_pf_B>
				<current_pf_B>+1 pu</current_pf_B>
				<impedance_pf_B>+1 pu</impedance_pf_B>
				<power_pf_C>+1 pu</power_pf_C>
				<current_pf_C>+1 pu</current_pf_C>
				<impedance_pf_C>+1 pu</impedance_pf_C>
				<power_fraction_A>+0 pu</power_fraction_A>
				<current_fraction_A>+0 pu</current_fraction_A>
				<impedance_fraction_A>+0 pu</impedance_fraction_A>
				<power_fraction_B>+0 pu</power_fraction_B>
				<current_fraction_B>+0 pu</current_fraction_B>
				<impedance_fraction_B>+0 pu</impedance_fraction_B>
				<power_fraction_C>+0 pu</power_fraction_C>
				<current_fraction_C>+0 pu</current_fraction_C>
				<impedance_fraction_C>+0 pu</impedance_fraction_C>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00240178 V</maximum_voltage_error>
				<voltage_A>+2338.76-0.302479d V</voltage_A>
				<voltage_B>+2350.97-120.732d V</voltage_B>
				<voltage_C>+2338.8+119.265d V</voltage_C>
				<voltage_AB>+4070.19+29.5681d V</voltage_AB>
				<voltage_BC>+4061.53-90.8194d V</voltage_BC>
				<voltage_CA>+4042.03+149.481d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+325000+520000j VA</power_A>
				<power_B>+425000+360000j VA</power_B>
				<power_C>+455000+480000j VA</power_C>
				<shunt_A>+0+0j S</shunt_A>
				<shunt_B>+0+0j S</shunt_B>
				<shunt_C>+0+0j S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+2401.78 V</nominal_voltage>
			</load>
			<load>
				<id>30</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>load7</name>
				<load_class>U</load_class>
				<constant_power_A>+0+0i VA</constant_power_A>
				<constant_power_B>+17000+12500j VA</constant_power_B>
				<constant_power_C>+0+0i VA</constant_power_C>
				<constant_power_A_real>+0 W</constant_power_A_real>
				<constant_power_B_real>+17000 W</constant_power_B_real>
				<constant_power_C_real>+0 W</constant_power_C_real>
				<constant_power_A_reac>+0 VAr</constant_power_A_reac>
				<constant_power_B_reac>+12500 VAr</constant_power_B_reac>
				<constant_power_C_reac>+0 VAr</constant_power_C_reac>
				<constant_current_A>+0+0i A</constant_current_A>
				<constant_current_B>+0+0i A</constant_current_B>
				<constant_current_C>+0+0i A</constant_current_C>
				<constant_current_A_real>+0 A</constant_current_A_real>
				<constant_current_B_real>+0 A</constant_current_B_real>
				<constant_current_C_real>+0 A</constant_current_C_real>
				<constant_current_A_reac>+0 A</constant_current_A_reac>
				<constant_current_B_reac>+0 A</constant_current_B_reac>
				<constant_current_C_reac>+0 A</constant_current_C_reac>
				<constant_impedance_A>+0+0i Ohm</constant_impedance_A>
				<constant_impedance_B>+0+0i Ohm</constant_impedance_B>
				<constant_impedance_C>+0+0i Ohm</constant_impedance_C>
				<constant_impedance_A_real>+0 Ohm</constant_impedance_A_real>
				<constant_impedance_B_real>+0 Ohm</constant_impedance_B_real>
				<constant_impedance_C_real>+0 Ohm</constant_impedance_C_real>
				<constant_impedance_A_reac>+0 Ohm</constant_impedance_A_reac>
				<constant_impedance_B_reac>+0 Ohm</constant_impedance_B_reac>
				<constant_impedance_C_reac>+0 Ohm</constant_impedance_C_reac>
				<measured_voltage_A>+0+0d</measured_voltage_A>
				<measured_voltage_B>+257.373-122.368d</measured_voltage_B>
				<measured_voltage_C>+264.619+118.155d</measured_voltage_C>
				<measured_voltage_AB>+257.373+57.6321d</measured_voltage_AB>
				<measured_voltage_BC>+450.878-91.6425d</measured_voltage_BC>
				<measured_voltage_CA>+264.619+118.155d</measured_voltage_CA>
				<phase_loss_protection>FALSE</phase_loss_protection>
				<base_power_A>+0 VA</base_power_A>
				<base_power_B>+0 VA</base_power_B>
				<base_power_C>+0 VA</base_power_C>
				<power_pf_A>+1 pu</power_pf_A>
				<current_pf_A>+1 pu</current_pf_A>
				<impedance_pf_A>+1 pu</impedance_pf_A>
				<power_pf_B>+1 pu</power_pf_B>
				<current_pf_B>+1 pu</current_pf_B>
				<impedance_pf_B>+1 pu</impedance_pf_B>
				<power_pf_C>+1 pu</power_pf_C>
				<current_pf_C>+1 pu</current_pf_C>
				<impedance_pf_C>+1 pu</impedance_pf_C>
				<power_fraction_A>+0 pu</power_fraction_A>
				<current_fraction_A>+0 pu</current_fraction_A>
				<impedance_fraction_A>+0 pu</impedance_fraction_A>
				<power_fraction_B>+0 pu</power_fraction_B>
				<current_fraction_B>+0 pu</current_fraction_B>
				<impedance_fraction_B>+0 pu</impedance_fraction_B>
				<power_fraction_C>+0 pu</power_fraction_C>
				<current_fraction_C>+0 pu</current_fraction_C>
				<impedance_fraction_C>+0 pu</impedance_fraction_C>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+0+0d V</voltage_A>
				<voltage_B>+257.373-122.368d V</voltage_B>
				<voltage_C>+264.619+118.155d V</voltage_C>
				<voltage_AB>+257.373+57.6321d V</voltage_AB>
				<voltage_BC>+450.878-91.6425d V</voltage_BC>
				<voltage_CA>+264.619+118.155d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+17000+12500j VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0j S</shunt_A>
				<shunt_B>+0+0j S</shunt_B>
				<shunt_C>+0+0j S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>BCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</load>
			<load>
				<id>31</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>load8</name>
				<load_class>U</load_class>
				<constant_power_A>+0+0i VA</constant_power_A>
				<constant_power_B>+0+0i VA</constant_power_B>
				<constant_power_C>+4900+3820j VA</constant_power_C>
				<constant_power_A_real>+0 W</constant_power_A_real>
				<constant_power_B_real>+0 W</constant_power_B_real>
				<constant_power_C_real>+4900 W</constant_power_C_real>
				<constant_power_A_reac>+0 VAr</constant_power_A_reac>
				<constant_power_B_reac>+0 VAr</constant_power_B_reac>
				<constant_power_C_reac>+3820 VAr</constant_power_C_reac>
				<constant_current_A>+0+0i A</constant_current_A>
				<constant_current_B>+0+0i A</constant_current_B>
				<constant_current_C>+0+0i A</constant_current_C>
				<constant_current_A_real>+0 A</constant_current_A_real>
				<constant_current_B_real>+0 A</constant_current_B_real>
				<constant_current_C_real>+0 A</constant_current_C_real>
				<constant_current_A_reac>+0 A</constant_current_A_reac>
				<constant_current_B_reac>+0 A</constant_current_B_reac>
				<constant_current_C_reac>+0 A</constant_current_C_reac>
				<constant_impedance_A>+0+0i Ohm</constant_impedance_A>
				<constant_impedance_B>+0+0i Ohm</constant_impedance_B>
				<constant_impedance_C>+0+0i Ohm</constant_impedance_C>
				<constant_impedance_A_real>+0 Ohm</constant_impedance_A_real>
				<constant_impedance_B_real>+0 Ohm</constant_impedance_B_real>
				<constant_impedance_C_real>+0 Ohm</constant_impedance_C_real>
				<constant_impedance_A_reac>+0 Ohm</constant_impedance_A_reac>
				<constant_impedance_B_reac>+0 Ohm</constant_impedance_B_reac>
				<constant_impedance_C_reac>+0 Ohm</constant_impedance_C_reac>
				<measured_voltage_A>+0+0d</measured_voltage_A>
				<measured_voltage_B>+0+0d</measured_voltage_B>
				<measured_voltage_C>+261.593+118.282d</measured_voltage_C>
				<measured_voltage_AB>+0+0d</measured_voltage_AB>
				<measured_voltage_BC>+261.593-61.7176d</measured_voltage_BC>
				<measured_voltage_CA>+261.593+118.282d</measured_voltage_CA>
				<phase_loss_protection>FALSE</phase_loss_protection>
				<base_power_A>+0 VA</base_power_A>
				<base_power_B>+0 VA</base_power_B>
				<base_power_C>+0 VA</base_power_C>
				<power_pf_A>+1 pu</power_pf_A>
				<current_pf_A>+1 pu</current_pf_A>
				<impedance_pf_A>+1 pu</impedance_pf_A>
				<power_pf_B>+1 pu</power_pf_B>
				<current_pf_B>+1 pu</current_pf_B>
				<impedance_pf_B>+1 pu</impedance_pf_B>
				<power_pf_C>+1 pu</power_pf_C>
				<current_pf_C>+1 pu</current_pf_C>
				<impedance_pf_C>+1 pu</impedance_pf_C>
				<power_fraction_A>+0 pu</power_fraction_A>
				<current_fraction_A>+0 pu</current_fraction_A>
				<impedance_fraction_A>+0 pu</impedance_fraction_A>
				<power_fraction_B>+0 pu</power_fraction_B>
				<current_fraction_B>+0 pu</current_fraction_B>
				<impedance_fraction_B>+0 pu</impedance_fraction_B>
				<power_fraction_C>+0 pu</power_fraction_C>
				<current_fraction_C>+0 pu</current_fraction_C>
				<impedance_fraction_C>+0 pu</impedance_fraction_C>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+0+0d V</voltage_A>
				<voltage_B>+0+0d V</voltage_B>
				<voltage_C>+261.593+118.282d V</voltage_C>
				<voltage_AB>+0+0d V</voltage_AB>
				<voltage_BC>+261.593-61.7176d V</voltage_BC>
				<voltage_CA>+261.593+118.282d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+4900+3820j VA</power_C>
				<shunt_A>+0+0j S</shunt_A>
				<shunt_B>+0+0j S</shunt_B>
				<shunt_C>+0+0j S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>CN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</load>
			<load>
				<id>33</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>load10</name>
				<load_class>U</load_class>
				<constant_power_A>+32500+52000j VA</constant_power_A>
				<constant_power_B>+42500+36000j VA</constant_power_B>
				<constant_power_C>+45500+48000j VA</constant_power_C>
				<constant_power_A_real>+32500 W</constant_power_A_real>
				<constant_power_B_real>+42500 W</constant_power_B_real>
				<constant_power_C_real>+45500 W</constant_power_C_real>
				<constant_power_A_reac>+52000 VAr</constant_power_A_reac>
				<constant_power_B_reac>+36000 VAr</constant_power_B_reac>
				<constant_power_C_reac>+48000 VAr</constant_power_C_reac>
				<constant_current_A>+0+0i A</constant_current_A>
				<constant_current_B>+0+0i A</constant_current_B>
				<constant_current_C>+0+0i A</constant_current_C>
				<constant_current_A_real>+0 A</constant_current_A_real>
				<constant_current_B_real>+0 A</constant_current_B_real>
				<constant_current_C_real>+0 A</constant_current_C_real>
				<constant_current_A_reac>+0 A</constant_current_A_reac>
				<constant_current_B_reac>+0 A</constant_current_B_reac>
				<constant_current_C_reac>+0 A</constant_current_C_reac>
				<constant_impedance_A>+0+0i Ohm</constant_impedance_A>
				<constant_impedance_B>+0+0i Ohm</constant_impedance_B>
				<constant_impedance_C>+0+0i Ohm</constant_impedance_C>
				<constant_impedance_A_real>+0 Ohm</constant_impedance_A_real>
				<constant_impedance_B_real>+0 Ohm</constant_impedance_B_real>
				<constant_impedance_C_real>+0 Ohm</constant_impedance_C_real>
				<constant_impedance_A_reac>+0 Ohm</constant_impedance_A_reac>
				<constant_impedance_B_reac>+0 Ohm</constant_impedance_B_reac>
				<constant_impedance_C_reac>+0 Ohm</constant_impedance_C_reac>
				<measured_voltage_A>+253.947-0.580203d</measured_voltage_A>
				<measured_voltage_B>+257.733-123.459d</measured_voltage_B>
				<measured_voltage_C>+254.749+117.531d</measured_voltage_C>
				<measured_voltage_AB>+449.417+28.2113d</measured_voltage_AB>
				<measured_voltage_BC>+441.594-93.1601d</measured_voltage_BC>
				<measured_voltage_CA>+436.292+148.421d</measured_voltage_CA>
				<phase_loss_protection>FALSE</phase_loss_protection>
				<base_power_A>+0 VA</base_power_A>
				<base_power_B>+0 VA</base_power_B>
				<base_power_C>+0 VA</base_power_C>
				<power_pf_A>+1 pu</power_pf_A>
				<current_pf_A>+1 pu</current_pf_A>
				<impedance_pf_A>+1 pu</impedance_pf_A>
				<power_pf_B>+1 pu</power_pf_B>
				<current_pf_B>+1 pu</current_pf_B>
				<impedance_pf_B>+1 pu</impedance_pf_B>
				<power_pf_C>+1 pu</power_pf_C>
				<current_pf_C>+1 pu</current_pf_C>
				<impedance_pf_C>+1 pu</impedance_pf_C>
				<power_fraction_A>+0 pu</power_fraction_A>
				<current_fraction_A>+0 pu</current_fraction_A>
				<impedance_fraction_A>+0 pu</impedance_fraction_A>
				<power_fraction_B>+0 pu</power_fraction_B>
				<current_fraction_B>+0 pu</current_fraction_B>
				<impedance_fraction_B>+0 pu</impedance_fraction_B>
				<power_fraction_C>+0 pu</power_fraction_C>
				<current_fraction_C>+0 pu</current_fraction_C>
				<impedance_fraction_C>+0 pu</impedance_fraction_C>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.00023094 V</maximum_voltage_error>
				<voltage_A>+253.947-0.580203d V</voltage_A>
				<voltage_B>+257.733-123.459d V</voltage_B>
				<voltage_C>+254.749+117.531d V</voltage_C>
				<voltage_AB>+449.417+28.2113d V</voltage_AB>
				<voltage_BC>+441.594-93.1601d V</voltage_BC>
				<voltage_CA>+436.292+148.421d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+32500+52000j VA</power_A>
				<power_B>+42500+36000j VA</power_B>
				<power_C>+45500+48000j VA</power_C>
				<shunt_A>+0+0j S</shunt_A>
				<shunt_B>+0+0j S</shunt_B>
				<shunt_C>+0+0j S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+230.94 V</nominal_voltage>
			</load>
		</load_list>
		<regulator_configuration_list>
		</regulator_configuration_list>
		<regulator_list>
			<inherits_from>link</inherits_from>
		</regulator_list>
		<triplex_node_list>
			<inherits_from>powerflow_object</inherits_from>
		</triplex_node_list>
		<triplex_meter_list>
			<inherits_from>triplex_node</inherits_from>
		</triplex_meter_list>
		<triplex_line_list>
			<inherits_from>line</inherits_from>
		</triplex_line_list>
		<triplex_line_configuration_list>
			<triplex_line_configuration>
				<id>20</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>triplex_line_conf</name>
				<conductor_1>triplex_line_conductor:19</conductor_1>
				<conductor_2>triplex_line_conductor:19</conductor_2>
				<conductor_N>triplex_line_conductor:19</conductor_N>
				<insulation_thickness>+0.08 in</insulation_thickness>
				<diameter>+0.368 in</diameter>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
			</triplex_line_configuration>
		</triplex_line_configuration_list>
		<triplex_line_conductor_list>
			<triplex_line_conductor>
				<id>19</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>(triplex_line_conductor:19)</name>
				<resistance>+0.97 Ohm/mile</resistance>
				<geometric_mean_radius>+0.0111 ft</geometric_mean_radius>
				<rating.summer.continuous>+202 A</rating.summer.continuous>
				<rating.summer.emergency>+212.1 A</rating.summer.emergency>
				<rating.winter.continuous>+202 A</rating.winter.continuous>
				<rating.winter.emergency>+212.1 A</rating.winter.emergency>
			</triplex_line_conductor>
		</triplex_line_conductor_list>
		<switch_list>
			<inherits_from>link</inherits_from>
		</switch_list>
		<substation_list>
			<inherits_from>node</inherits_from>
		</substation_list>
		<pqload_list>
			<inherits_from>load</inherits_from>
		</pqload_list>
		<voltdump_list>
		</voltdump_list>
		<series_reactor_list>
			<inherits_from>link</inherits_from>
		</series_reactor_list>
		<restoration_list>
		</restoration_list>
		<frequency_gen_list>
		</frequency_gen_list>
		<volt_var_control_list>
		</volt_var_control_list>
		<fault_check_list>
		</fault_check_list>
		<motor_list>
			<inherits_from>node</inherits_from>
		</motor_list>
		<billdump_list>
		</billdump_list>
		<power_metrics_list>
		</power_metrics_list>
		<currdump_list>
		</currdump_list>
		<recloser_list>
			<inherits_from>switch</inherits_from>
		</recloser_list>
		<sectionalizer_list>
			<inherits_from>switch</inherits_from>
		</sectionalizer_list>
		<emissions_list>
		</emissions_list>
	</powerflow>
	<climate>
		<version.major>2</version.major>
		<version.minor>0</version.minor>
		<climate_list>
			<climate>
				<id>0</id>
				<rank>0</rank>
				<latitude>37.616667</latitude>
				<longitude>122.383333</longitude>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>(climate:0)</name>
				<city>""</city>
				<tmyfile>CA-San_francisco.tmy2</tmyfile>
				<temperature>+35.962 degF</temperature>
				<humidity>+0.86 %</humidity>
				<solar_flux>+0 W/sf</solar_flux>
				<solar_direct>+0 W/sf</solar_direct>
				<solar_diffuse>+0 W/sf</solar_diffuse>
				<solar_global>+0 W/sf</solar_global>
				<wind_speed>+0 mph</wind_speed>
				<wind_dir>+0 deg</wind_dir>
				<wind_gust>+0 mph</wind_gust>
				<record.low>+32.002 degF</record.low>
				<record.low_day>0</record.low_day>
				<record.high>+95.002 degF</record.high>
				<record.high_day>0</record.high_day>
				<record.solar>+93.7582 W/sf</record.solar>
				<rainfall>+0.27559 in/h</rainfall>
				<snowdepth>+0 in</snowdepth>
				<interpolate>NONE</interpolate>
				<solar_horiz>+0</solar_horiz>
				<solar_north>+0</solar_north>
				<solar_northeast>+0</solar_northeast>
				<solar_east>+0</solar_east>
				<solar_southeast>+0</solar_southeast>
				<solar_south>+0</solar_south>
				<solar_southwest>+0</solar_southwest>
				<solar_west>+0</solar_west>
				<solar_northwest>+0</solar_northwest>
				<solar_raw>+0 W/sf</solar_raw>
				<ground_reflectivity>+0.3 %</ground_reflectivity>
			</climate>
		</climate_list>
		<weather_list>
		</weather_list>
		<csv_reader_list>
		</csv_reader_list>
	</climate>
	<generators>
		<version.major>1</version.major>
		<version.minor>3</version.minor>
		<diesel_dg_list>
		</diesel_dg_list>
		<windturb_dg_list>
		</windturb_dg_list>
		<power_electronics_list>
		</power_electronics_list>
		<energy_storage_list>
		</energy_storage_list>
		<inverter_list>
		</inverter_list>
		<dc_dc_converter_list>
		</dc_dc_converter_list>
		<rectifier_list>
		</rectifier_list>
		<microturbine_list>
		</microturbine_list>
		<battery_list>
		</battery_list>
		<solar_list>
		</solar_list>
	</generators>
	<tape>
		<version.major>2</version.major>
		<version.minor>0</version.minor>
		<player_list>
		</player_list>
		<shaper_list>
		</shaper_list>
		<recorder_list>
			<recorder>
				<id>43</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<parent>node5</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>(recorder:43)</name>
				<property>"voltage_A.real, voltage_B.real, voltage_C.real, current_A.real, current_B.real, current_C.real, power_A, power_B, power_C"</property>
				<trigger>""</trigger>
				<file>exercise1_node5.csv</file>
				<multifile>""</multifile>
				<limit>0</limit>
				<plotcommands>""</plotcommands>
				<xdata>""</xdata>
				<columns>""</columns>
				<interval>+300 s</interval>
				<output>SCREEN</output>
			</recorder>
			<recorder>
				<id>44</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<parent>node9</parent>
				<clock>2000-01-02 00:00:00 EST</clock>
				<name>(recorder:44)</name>
				<property>"voltage_A.real, voltage_B.real, voltage_C.real, current_A.real, current_B.real, current_C.real, power_A, power_B, power_C"</property>
				<trigger>""</trigger>
				<file>exercise1_node9.csv</file>
				<multifile>""</multifile>
				<limit>0</limit>
				<plotcommands>""</plotcommands>
				<xdata>""</xdata>
				<columns>""</columns>
				<interval>+300 s</interval>
				<output>SCREEN</output>
			</recorder>
		</recorder_list>
		<multi_recorder_list>
		</multi_recorder_list>
		<collector_list>
		</collector_list>
		<histogram_list>
		</histogram_list>
	</tape>
</gridlabd>
